Buy: Explore Scientific ED140 f/6.5 Air Spaced APO Triplet Carbon Fiber Refracter with Ohara FPL53 Optics & 3" Hexagonal Focuser MFR: FPL53-140CF-01. The first thing I noticed when I picked up the box, was how light it was. With my gear staying outside in a non-insulated garage – I’ve never really had any issues waiting for my telescopes to cool down/warm up. Those looking for a plug-and-play autoguiding solution should certainly give the Starfield / GPCAM2 combo a look. A diagonal reflects the image through the telescope on a 90-degree angle to provide a more comfortable experience using an eyepiece. The Explore Scientific Essential Series ED80 (model # ES-ED0806-01) delivers the goods with solid construction and great optics. I have only ever used one diagonal before this one, and it was also an Explore Scientific “99% reflective” model. For those planning on traveling with the ED140 – this case is TSA approved. I haven’t talked about the StarField guide scope I’ve been using a lot lately, but I will in the near future. This in turn is helped by Explore Scientific’s enhanced multilayer desposition (EMD) coatings on the lens. Refactors such as the Explore Scientific ED127 apochromat make great all-round instruments, suitable for both visual observing and astrophotography. The Meade 70mm Quadruplet APO and the William Optics Z61, Z73 and FLT 132 all use FPL-53 as well. The biggest difference is – they usually reach much further. We use Ohara FPL-53 glass in these optics which is very similar in characteristics as Hoya FCD-100. It’s not clear how long I’ll have this telescope for, but I’d love to test it out under the dark skies of Cherry Springs State Park next month. Hi I have great experiences of shooting Astro images but in groups.can you please help me in my astro setup for both deep space and planetary imaging under the budget of 3000$.being in India at my region I am capable of shooting the night sky but confused in buying the equipments.Hope you help me in time. This is a compact, lightweight and wide field guide scope that pulls in numerous guide stars for autoguiding purposes. The broadband RGB image of M13 I captured was a pleasure to process, and clearly showed the difference the added aperture makes when it comes to astrophotography. With the ZWO ASI294MC-Pro camera attached, I was easily able to find focus using this ultra smooth 10:1 dual speed focuser. Not all refractors are the same though, and it’s the quality and design of the main objective lens that is key to their success or failure. As always keep them coming. The Explore Scientific Essential Series ED80 (model # ES-ED0806-01) delivers the goods with solid construction and great optics. This is an all new design from Explore Scientific and offers greater quality optics provided by Ohara. Inside this mount, I’ve installed a 50mm Starfield guide scope. The team at Explore Scientific has assured me that a dedicated flattener/reducer will be available for this telescope soon. Mounting the ED140 is easy due to the included cradle rings and Vixen-style dovetail plate. Weighs 21 pounds with cradle. (Finder Scope NOT Included), Limited Warranty is one year, which converts to the Explore STAR Transferable Extended Life of the Product Warranty when product is registered within 60 days of purchase. Explore Scientific ED102 CF Review. Up to 10 lbs of gear can be loaded onto this focuser. I’ve received numerous questions about the differences between the FCD-100 versions of the Explore Scientific telescopes and the original Hoya extra-low dispersion glass versions. The ED140 telescope includes an Explore Scientific branded 2″ diagonal in the hard carry case. I’ve been able to use the Explore Scientific finder scope mount from my ED102 on this telescope. I am relatively new to astronomy and this really helped me both understand some basics and what to look for. The included cradle rings for the Explore Scientific ED140. Specifically, an air-spaced triplet apochromatic optical design will share many of the same characteristics you’ll find on a high-end telephoto camera lens. This versatile material is extremely strong and is also said to compensate for temperature fluctuations better than a steel tube. I am thrilled to tell you that I recently got my hands on a brand new Explore Scientific ED140 CF APO Triplet Refractor. This Explore Scientific telescope also utilizes proprietary EMD enhanced multi-layer coatings on all optical surfaces. Ohara FPL-53 is considered the best glass ever produced by Ohara. If you’ve been following AstroBackyard for some time now, you’ll know how I feel about APO refractors in terms of astrophotography performance. A large refractor like the Explore Scientific ED140 not only offers the image quality and performance APO owners expect but also the reach and resolving power needed to capture planets and smaller deep sky objects. My ED80 and ED102 both used the original Hoya glass, and making a defined difference in image quality between these telescopes and FPL-53 is difficult. Skyhunter's Pics. Comment document.getElementById("comment").setAttribute( "id", "af0913dac4aadf8b525530dc839587a5" );document.getElementById("db9411fed6").setAttribute( "id", "comment" ); Your email address will not be published. Shop with Explore Scientific for high quality eyepieces, telescopes, astrophotgraphy gear, binoculars, and microscopes backed by a warranty you can trust. This image uses 3 Hours and 3 minutes (61 frames) worth of total integrated exposure time using a ZWO ASI294MC-Pro Camera. It’s a bit different than a traditional Synta-style saddle that you’ll find on the Orion branded products. This means I don’t have to look for any additional mounting rings or add any extra hardware to the scope. My camera gear is nowhere near that weight, but owners of large CCD cameras and filter wheels will appreciate this payload rating. It has a few shortcomings and compromises that keep its price affordable, but overall, this fine instrument will fulfil the needs of the most demanding photographer without breaking the bank in the process. The 3″ hexagonal focuser is big and rigid, which is what you’d expect on a telescope of this size and price point. This is a top of line material and considered the best glass ever produced by Ohara. If you like shooting wide-field targets such as the North America Nebula, the Andromeda Galaxy or the Pleiades, a small apochromatic refractor telescope like this is a superb choice. The company mentions that the FPL-53 glass used in the Explore Scientific ED140 is very similar in characteristics as Hoya FCD-100. My favorite emission nebula targets such as the Omega Nebula and Lagoon Nebula are the perfect size for this focal length. Explore Scientific 140 APO ED Refractor - FPL53. The Explore Scientific ED140 F/6.5 APO Triplet includes some impressive extras in their standard package. The Carbon fiber tube doesn’t sacrifice strength for a lighter payload either. Wonderful images … Hope to get an opportunity to capture galaxies and stars using telescope. (The ED140 has a focal length of 910mm). However, to get the extra light gathering power found in larger telescopes, expect to pay a lot more per inch of aperture. If you don’t already own this specific style of mount, you’ll need to order one. A large refractor like the Explore Scientific ED140 not only offers the image quality and performance APO owners expect but also the reach and resolving power needed to capture planets and smaller deep sky objects. I won’t tell you that you need a 140mm refractor to enjoy deep sky imaging, because that’s simply not true. This speaks to the reliable and painless experience a refractor telescope like this provides to amateur astrophotographers. This is an essential accessory for anyone who plans on using this telescope for visual use. Another nice segment of astrophotography equipment trial runs. The front objective lens of the Explore Scientific ED102 FCD-100 is a triplet of air-spaced HOYA FCD-100 glass, and it provides good contrast and colour correction. Upon opening the locking case, you may notice a lack of finder/guide scope with this package. This image uses 2 Hours and 9 minutes (129 frames) worth of total integrated exposure time using a ZWO ASI294MC-Pro Camera. FPL-53 is perhaps the finest glass you’ll find in a refractor telescope with characteristics closely related to pure fluorite. Once locked, there is no “play” in this focuser. Click Here to register. During my first imaging run, I had tremendous success using the Starfield 50mm guide scope package for autoguiding. The 1/4″ channel running through the middle makes it easy to fasten additional gear to it. I do shoot astro at time using f2.8 lenses but never ever thought or tried to shoot using telescope…. Required fields are marked *.
The Weekend Workshop Channel, Barbizon School Artists, Jellycat Mouse Discontinued, Essentials Of Psychiatric Mental Health Nursing Varcarolis Pdf, Wet Stone Near Me, Microphone Untuk Podcast,